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Process licensing

We are involved in shaping the solutions and new technologies that customers will base their business on in the future. Our industry leading solutions ensure reliable and safe operation with the highest utilization and the lowest possible energy consumption.

Ammonia : Purification|Ammonia : Reforming|Ammonia : CO shift|Ammonia : Methanation|Ammonia : Synthesis|Ammonia : N2O abatement|Ammonia : Co-production|Dimethyl ether : Purification|Dimethyl ether : Reforming|Dimethyl ether : Methanol synthesis|Dimethyl ether : Synthesis|Formaldehyde : Purification|Formaldehyde : Reforming|Formaldehyde : Synthesis|Formaldehyde : Methanol synthesis|Gasoline synthesis : TIGAS™|Hydrogen : Purification|Hydrogen : Reforming|Hydrogen : CO shift|Hydrogen : Carbon dioxide recovery|Hydrogen : Methanation|Hydrogen : Syngas purification|Hydrogen : Methanol decomposition|Methanol : Purification|Methanol : Reforming|Methanol : Synthesis|Methanol : Co-production|SNG : Gasification|SNG : Sour shift|SNG : COS hydrolysis|SNG : Acid gas removal|SNG : Feed purification|SNG : Gas conditioning|SNG : Methanation|SNG : LNG production|Sulfuric acid : Sulfur dioxide oxidation|Sulfuric acid : Wet gas Sulfuric Acid (WSA)|Syngas : Purification|Syngas : Reforming|Syngas : Carbon dioxide recovery|Syngas : Syngas purification|Renewables : Diesel from renewable feedstocks|Renewables : HVO-100 diesel|Renewables : Jet fuel from renewable feedstocks|Renewables : Waste to plastic|Catalytic soot filtration : Marine|Catalyst poison removal : Arsenic removal|Catalyst poison removal : Chlorine guards|Catalyst poison removal : Nickel and vanadium removal|Catalyst poison removal : Phosphorus removal|Catalyst poison removal : Silicon removal|Catalyst poison removal : Sulfur guards|Catalytic filtration : Dust, Nox and CO removal|Formaldehyde : Catalytic oxidation|Hydrocracking : Flexible operation|Hydrocracking : Hydrocracker feed pretreatment|Hydrocracking : Maximum middle distillate yield|Hydrocracking : Mild hydrocracking|Hydrotreating : Diesel hydrotreating|Hydrotreating : FCC gasoline post-treatment|Hydrotreating : Kerosene hydrotreating|Hydrotreating : Naphtha hydrotreating|Hydrotreating : Resid hydrotreating |Hydrotreating : VGO hydrotreating / FCC pretreatment|Lube oil processing : Lube polishing|Lube oil processing : Wax hydrofinishing|Nitrous oxide removal : Nitric acid|NOx and CO removal : CO removal|NOx and CO removal : N2O abatement|NOx and CO removal : SCR NOx removal (stationary and marine)|Off-gas processing : Amine regeneration|Off-gas processing : Claus tail gas treatment|Off-gas processing : Fuel gas hydrotreating|Off-gas processing : Sour water stripping|Petrochemical processing : Benzene hydrogenation|Petrochemical processing : Petrochemical sulfur guards |Petrochemical processing : Selective hydrogenation|Pressure drop control : Avoiding fouling problems|Pressure drop control : Crust formation|Sulfur removal : Flue gas desulfurization (SNOX™)|Sulfur removal : Wet gas Sulfuric Acid (WSA)|Sulfur removal : Sulfur recovery (TopClaus®)|Unconventional feeds : Coal tar processing |Unconventional feeds : Fischer-Tropsch wax upgrading|Unconventional feeds : Shale oil processing|Unconventional feeds : Spent lube processing|Ammonia : Carbon dioxide recovery|Carbon monoxide : Carbon monoxide|VOC removal : VOC removal|

GECCO™

Accelerate your profitability by turning landfill gas LFG into premium renewable natural gas RNG GECCO™ gas processing solutions Are you capturing the full value of your landfill gas? Are maintenance costs too high due to siloxanes or ...

Amine regeneration

Value-adding custom solutions for your business Sour refinery off-gasses contain hydrogen sulfide ...

Coker naphtha hydrotreating technology

Processing difficult feedstocks Coker naphtha places extraordinary demands on hydrotreating ...

HPNA Trim™

Heavy polynuclear aromatics (HPNA) formation in hydrocracking reactors is caused by condensation of ...

Aroshift™

Aroshift™ accommodates the inclusion of coker feedstocks and deasphalted oils (DAO) in the feed and provides a uniform product quality throughout the cycle length of the FCC pretreater.

Back-end shift partial conversion (BES)

The once-through process that converts heavy gas oils to on-spec diesel Refiners often find that the end boiling point of their hydrotreated diesel product is slightly higher than allowed for the diesel pool. Topsoe’s back-end shift ...

Coal tar processing

From by-product to profitable product Coke oven tar is a big headache for many refineries. It is a low-value by-product that is difficult and expensive to dispose of in a responsible way. The cure Topsoe’s antidote to coal tar headaches is ...

Catalytic dewaxing

Significant cold flow improvement The cold flow properties of higher end-point feeds, tight oils, or renewable feeds need to be carefully managed in diesel hydrotreaters operating in cold regions or winter seasons. The freezing point of ...

Fluid Catalytic Cracking (FCC) pretreatment

One solution – unlimited flexibility Topsoe’s FCC pretreatment technology has the flexibility to treat a wide spectrum of feedstocks – from gas oils, heavy-vacuum gas oils, and coker streams to residuals.   Based on your specific needs, ...

Topsoe’s two-stage HDS/HDA technology

Intelligent integration Refiners have to contend with increasingly stringent specifications for ...

Revamping hydroprocessing units

When evaluating potential revamp solutions, Topsoe proceeds systematically. We call it The Topsoe Approach.

HydroFlex™ technology

The reliable way to add full feedstock flexibility to your refinery New legislation aimed at ...

SynCOR Ammonia™ - New process for grassroots plants

By rewriting the book on ammonia plant capacities, SynCOR Ammonia™ enables greater economies of ...

Topsoe shale oil processing technology

Making the best out of shale oil Shale oils present unique challenges. While shale oils vary ...

Staged Partial Conversion (SPC)

Reinvented Partial conversion, or “mild” hydrocracking, has been used by refiners for years to ...

Polyshift™

Improve color and extend cycle lengths Refiners increase reactor-operating temperatures during a ...

HydroTech™ hydrotreating

Optimized to your operations Today, operational efficiency and the production of robust yields of ...

Mild hydrocracking with integral post treatment (MHC-IPT)

Refineries are faced with the challenge that conventional once-through hydrocrackers and FCC pretreaters do not allow independent control of critical process objectives such as high diesel quality (e.g. Euro IV with strict density and ...

Topsoe hydrocracking

Purpose built to your objectives Refineries are under pressure to produce higher quality transportation fuels from heavier streams and increase profit margins at the same time. Experience shows that refineries that optimize their ...

IMAP Ammonia+™

Augment your main ammonia business with on-demand methanol production IMAP Ammonia+™ design employs ...

IMAP Methanol+™

Let your methanol plant profit from serving ammonia on the side It features a streamlined layout ...

IMAP Urea+™

For ultimate market agility, set your plant up to produce any mix of ammonia, methanol and urea ...

SynCOR Plus™

SynCOR Plus™ is a syngas hub concept where SynCOR™ is used as an efficient fully automated common ...

Two-step methanol

State-of-the-art technology This is the most commonly used methanol technology today. It uses a ...

One-step methanol

Low cost technology for small to medium capacity This technology uses only steam reforming as ...

SynCOR Methanol™

Proven large scale process for new built This is the most cost efficient industrially proven ...

Two-step reformer based ammonia process

Producing ammonia at the lowest cost per ton is always a challenge. With almost 80 years of ...